def test_to(conversion_tuples):
assert Wei(" ".join(conversion_tuples)).to(conversion_tuples[1]) == Fixed(conversion_tuples[0])
def test_gt():
assert Wei("2 ether") > "1 ether"
def test_ge():
assert Wei("2 ether") >= "1 ether"
assert Wei("2 ether") >= "2 ether"
def test_le():
assert Wei("1 ether") <= "2 ether"
assert Wei("1 ether") <= "1 ether"
def test_nonetype():
assert Wei(None) == 0
def test_scientific_notation():
assert Wei(8.32e26) == 832000000000000000000000000
def test_lt():
assert Wei("1 ether") < "2 ether"
def test_type():
assert type(Wei(12)) is Wei
def test_eq():
assert Wei("1 ether") == "1 ether"
def test_hexstr():
assert Wei("0xff") == 255
def test_string_with_unit():
assert Wei("3.66 ether") == 3660000000000000000
assert Wei("89.006 gwei") == 89006000000
def test_str():
assert Wei("1000") == 1000
def test_int():
assert Wei(1000) == 1000
def test_float():
assert Wei(1.99) == 1
def test_raise_to():
with pytest.raises(TypeError):
Wei("1 ether").to("foo")
def test_ne():
assert Wei("1 ether") != "2 ether"
def balance(self) -> Wei:
"""Returns the current ether balance of the contract, in wei."""
balance = web3.eth.getBalance(self.address)
return Wei(balance)
def test_bytes():
assert Wei(b"\xff") == 255